Answer:
Yes, this population lies in Hardy-Weinberg equilibrium as it follows both the principles of Hardy-Weinberg.
Explanation:
Here ,


As per the first principle of hardy Weinberg, the sum of all the alleles at the locus must be equal to 1.
Thus,

Also, as per the second equation of Hardy Weinberg's equation-


Hence, this population lies in Hardy-Weinberg equilibrium as it follows both the principles of Hardy-Weinberg
Genotypic ratio = 50% WW, 50% GW
Phenotypic ratios = 50% white, 50% appaloosa
<h3>Monohybrid cross</h3>
White horse genotype = WW
Appaloosa genotype = GW
WW x GW
GW WW GW WW
Genotype ratio = 50% WW, 50% GW
Phenotype ratio = 50% white, 50% appaloosa
See the attached image for the Punnet's square.
More on monohybrid crosses can be found here: brainly.com/question/15314052
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Answer:
i think A
Explanation:
since its not in front of the moon and at the side it has to be a crescent moon and the sun is on the right side, so pick A
Drug resistance only arises from an organism gaining the genetic information for the resistance from another organism.
Answer: True